微粒的

And the improvement of this system that cationic colloidal magnesium aluminum hydroxide accompanied with the anionic microparticulate was discussed.

介绍了近年来微粒助留体系的研究进展，尤其是无机阳离子微粒助留体系，着重论述了阳离子氢氧化镁铝与阴离子聚合物的协同助留作用及其发展。

Another particle whirls around this central particle at a tremendous speed.

另一个微粒绕着中心的这个微粒以极高的速度旋转。

The results show that the content of acetylene black is an important factor to influence the particle size of LiFePO4 and the contiguity between grains.

结果表明，乙炔黑的含量是影响LiFePO4微粒尺寸和微粒间接触界面的重要因素。

Common-and air-cushion type comparison: when it comes to air cushion layer, air cushion layer is in a State of managers'change granula, it is made of synthetic elastomer and is indicated by a particle, microparticulate, interlamination of air compression layer by air cushion rubber compounds bubble and decided that blanket surface treatment is divided into three, the first coated paper: use sulfuration to form the process of polishing.

普通型与气垫型对比：谈到气垫层，气垫层是处于封闭式颗粒之状态，它由合成弹性体和微粒组成，微粒内含空气，层间的压缩性由气垫层气泡和橡胶化合物决定，橡皮布表面处理分为三种，第一种涂铸：使用硫化纸张形成表面抛光的过程。

Based on the comparison with particle swarm optimization algorithm,quantum particle swarm inversion algorithm is studied in this paper.

在与微粒群算法进行比较的基础上，研究了量子微粒群反演算法。

The results showed that the CMC/HA nano-composite particles are stable. The shape of particles is diverse, such as clava, cube, sphere and fractal.

测试结果表明，所制备的CMC／HA纳米复合微粒与CMG／HA纳米复合微粒不同，纳米颗粒形貌多样化，呈现棒状、长方体、球形以及分形等形状。

Fe3O4 nanoparticles with 6-8nm in diameter were prepared by co-precipitation and tetramethylammonium hydroxide was used to disperse the Fe3O4 nanoparticles in aqueous.

首先用共沉淀法制备了粒径为6-8nm的Fe3O4微粒，并利用氢氧化四甲基铵将Fe3O4微粒分散在水相中。

Effect of additive ZFS on SiO2 content in the coating was studied, and the action mechanism of additive ZFS during composite electrodepositing was analyzed.

结果表明：ZFS共沉积促进剂可以明显提高SiO2微粒在镀层中的沉积量，并且无需对SiO2微粒进行镀前特殊处理。

During friction, the bondings between DDP and the surface of nanoaprticles break, as a result, the DDP and nanocore adsorb competitively and form a composite film on the friction surface.

在摩擦过程中，DDP和纳米微粒界面的键合断裂，DDP和纳米微粒在摩擦表面竞争吸附并形成复合边界润滑膜。

Gas clouds in Zangarmarsh now produce motes of water instead of motes of life.

赞加沼泽的Gas cloud现在出产水之微粒而不是生命微粒。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。